Robo Engineers

Through our innovative courses, students will have the opportunity to learn complex mathematical and physical concepts in an intuitive and exciting way. By using our tailor-made kits, students are able to actively participate in the building process, reinforcing their understanding of the lesson topics through experiential learning.

Requirements:

  • Sign UP
  • Robo Engineer Kit

Models

Airplane

the rotation of the propeller are realized with the help of a multi-link system of mechanical transmissions.

Bat Mobile

An increasing cylindrical gear is used.

Dump Truck

drive is made on a worm gear. The raising and lowering the body is controlled by a smart motor.

Mixer

The rotation drive of the mixer rims is made on a bevel gear – transform rotation from a horizontal to vertical.

Mobile Crane

The crane boom is lowered and raised by a worm gear drive.

A trike motorcycle

The drive is made on a bevel gear. The steering wheel can be turned, ride straight, backward or in a circle.

Sliding Doors

A combination of belt and bevel mechanical gears are used to operate the sliding doors.

Carousel

The drive uses a bevel gear that converts rotation from horizontal to vertical.

Steering Race Car

The Servo Motor is used to control steering mechanisms with ability to rotate at 90-degree angle.

Windmill

The combination of belt and bevel gear ensures synchronous rotation of both the blades of the mill and the mill wheel.

Forklift

A combination of worm and rack and pinion gears is used.

F1 Race Car

The drive is made on a spur gear.

Helicopter

A Crown gear is used to rotate the main and auxiliary propellers of helicopter.

Army Jeep

The model uses a bevel gear – to set the truck in motion.

Power Plant

Gear reducing speed transmission, smaller drive gear turning a larger driven gear.

Elevator

The movement of the cabin occurs due to the winding of the cable on a reel mounted on the driven shaft of the worm gear.